The 9G Micro Servo Robot Gripper is a lightweight and compact mechanical gripper designed for small robotic systems and servo-controlled projects. Its small size makes it suitable for building compact robotic arms, miniature manipulators, and educational robotics platforms.
The gripper is designed to work with a compatible 9G micro servo motor, such as the commonly used SG90-style servo. The servo rotates the gripper mechanism to open and close the jaws, allowing the system to grip and release lightweight objects.
It can be controlled using a microcontroller such as Arduino, ESP32, STM32, or other servo-compatible development boards. By controlling the servo's position, users can create simple pick-and-place mechanisms and automated gripping systems.
The compact construction makes this gripper particularly useful for university projects, robotics experiments, automation prototypes, and DIY robotic arms where size and weight are important considerations.
Available at Microspark Store – Your Trusted Electronic Component Store!
Key Features
- Product Type: Micro Servo Robot Gripper
- Designed for 9G micro servo motors
- Compact and lightweight design
- Servo-controlled opening and closing
- Suitable for small robotic arms
- Easy to integrate into DIY robotics projects
- Compatible with Arduino and ESP32 servo-control projects
- Suitable for educational and prototype applications
- Designed for lightweight object handling
Applications
- Robotic arms
- Pick-and-place projects
- Arduino robotics
- ESP32 robotics projects
- Educational robotics
- Miniature automation systems
- DIY manipulators
- Object gripping and sorting
- University engineering projects
Package Includes
- 1 × 9G Micro Servo Robot Gripper
- 1 × Servo Motor Micro SG90 180 Degree Rotation
Available at Microspark Store – Your Trusted Electronic Component Store! At Microspark Store, we ensure every product is quality-checked and tested before shipping, so you can buy with confidence and start building without worries.
Please Note: Product information has been collected from various sources across the web. While we have made every effort to ensure the accuracy of the information presented, slight variations may still occur. Kindly verify the specifications and compatibility before using this module in your projects.
Disclaimer: Images shown are for illustration only and may not exactly represent the final product. Minor differences may occur due to lighting, display variations, or manufacturer updates. We reserve the right to make changes to the product without prior notice.
